Improving the Spatial Alignment in PET/CT Using Amplitude-Based Respiration-Gated PET and Patient-Specific Breathing–Instructed CT
CS Van Der Vos, APW Meeuwis… - Journal of nuclear …, 2019 - Soc Nuclear Med
Appropriate attenuation correction is important for accurate quantification of SUVs in PET.
Patient respiratory motion can introduce a spatial mismatch between respiration-gated PET …
Patient respiratory motion can introduce a spatial mismatch between respiration-gated PET …
Improving the spatial alignment in PET/CT using amplitude-based respiration-gated PET and respiration-triggered CT
CS van der Vos, W Grootjans… - Journal of Nuclear …, 2015 - Soc Nuclear Med
Respiratory motion during PET can cause inaccuracies in the quantification of radiotracer
uptake, which negatively affects PET-guided radiotherapy planning. Quantitative accuracy …
uptake, which negatively affects PET-guided radiotherapy planning. Quantitative accuracy …
Comparison of a free-breathing CT and an expiratory breath-hold CT with regard to spatial alignment of amplitude-based respiratory-gated PET and CT images
CS van der Vos, W Grootjans… - Journal of Nuclear …, 2014 - Soc Nuclear Med
Respiratory motion during PET has a significant effect on the quantification of radiotracer
uptake in PET images. Even when respiratory motion is considered using PET gating …
uptake in PET images. Even when respiratory motion is considered using PET gating …
Improved alignment of PET and CT images in whole-body PET/CT in cases of respiratory motion during CT
JJ Hamill, JG Meier, SLB Cuellar… - Journal of Nuclear …, 2020 - Soc Nuclear Med
Respiratory motion during the CT and PET parts of a PET/CT scan leads to imperfect
alignment of anatomic features seen by the 2 modalities. In this work, we concentrate on the …
alignment of anatomic features seen by the 2 modalities. In this work, we concentrate on the …
Correcting CT misregistration in data‐driven gated (DDG) PET with PET self‐gating and deformable image registration
Background Misregistration between CT and PET data can result in mis‐localization and
inaccurate quantification of functional uptake in whole body PET/CT imaging. This problem …
inaccurate quantification of functional uptake in whole body PET/CT imaging. This problem …
Investigation of phase and amplitude respiratory gating for whole-body FDG-PET with different respiratory waveform patterns
1892 Objectives Respiratory motion is known to blur tumor in thorax and abdomen in whole-
body PET imaging, and thus reduce tumor's standard-uptake-value (SUV). To alleviate this …
body PET imaging, and thus reduce tumor's standard-uptake-value (SUV). To alleviate this …
Effect of breathing irregularities on the quantitative accuracy of respiratory gated PET/CT
149 Objectives 4D PET/CT can be used to suppress motion artifacts by correlating the PET
raw data with the breathing phase. The accuracy of each PET phase is dependent on the …
raw data with the breathing phase. The accuracy of each PET phase is dependent on the …
Correction of respiration induced motion artifacts and activity-attenuation mismatch in free-breathing PET/CT
1346 Objectives: In PET/CT imaging, respiratory motion of the patient introduces motion
artifacts in CT images acquired by 16-ring helical CT scanner. Due to short axial scout, the …
artifacts in CT images acquired by 16-ring helical CT scanner. Due to short axial scout, the …
Using cine-averaged CT with the shallow breathing pattern to reduce respiration-induced artifacts for thoracic cavity PET/CT scans
SP Changlai, CK Huang, D Luzhbin… - American Journal of …, 2019 - Am Roentgen Ray Soc
OBJECTIVE. PET/CT provides a fusion of both anatomic and functional information.
However, because of the temporal difference of both modalities and respiratory motion of …
However, because of the temporal difference of both modalities and respiratory motion of …
[HTML][HTML] Effects of respiration-averaged CT on PET/CT quantification and its potential impact on GTV delineation
PCM Chi, O Mawlawi, D Luo, Z Liao… - … journal of radiation …, 2008 - ncbi.nlm.nih.gov
Purpose Patient respiratory motion can cause image artifacts in PET from PET/CT and
change the quantification of PET for thoracic patients. In this study, respiration-averaged CT …
change the quantification of PET for thoracic patients. In this study, respiration-averaged CT …